Electromagnetic Simulation for Wireless Power Transfer

Optimizing Wireless Power Transfer with EMWorks Electromagnetic Simulation

Actuators, Solenoids & Electromechanical
Antennas & Radomes
Biomedical Applications & EM Exposure
- EM Exposure
Electric Vehicle
- EV Battery Charging
Electrical Machines & Drives
- Electric Motors
- Generators
Electromagnetic Interference & Compatibility
- EMI/ EMC
Electronic Design Automation & Electronics
Magnets & Magnet Arrays
Multiphysics
- Electro-thermal
- Magneto-structural
RF & Microwave Components
Sensors & NDT/ NDE
- Non-destructive Testing/ Evaluation
- Sensors
Transformers & Power Engineering

Enhancing Pacemaker Battery Life with Wireless Power Transfer Technology

Assess how Wireless Power Transfer (WPT) revolutionizes pacemaker battery charging, offering a seamless, efficient solution for patient care.

Resonant Wireless Power Transfer Vs Wireless Power Transfer

Understand how Resonant Wireless Power Transfer (RWPT) improves the efficiency and effectiveness of wireless power delivery compared to traditional Wireless Power Transfer (WPT) methods.

Overcoming Design Challenges in Wireless Power Transfer Systems

Explore the key design challenges in WPT systems and discover solutions for enhanced efficiency and reliability in power transfer.

By visiting or using this website you agree to the storing of cookies on your device to enhance site navigation, analyze site usage, and assist in our marketing efforts. View cookies details.